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Digital bus and interface standards Bus and protocol testing Oscilloscopes

Efficiently triggering and decoding low-speed serial buses

Efficiently triggering and decoding low-speed serial buses

Dieses Webinar richtet sich an Design- und Testingenieure, die sich für die wichtigsten Methoden zur Fehlersuche an gängigen seriellen Bussen mit dem Oszilloskop interessieren. Wir werden die richtige Triggerung, die Ereignisisolation sowie Tipps zur Decodierung und Durchführung fortgeschrittener Busmessungen erörtern. Die Demonstration entsprechender Lösungen unterstreicht die Wirksamkeit und Benutzerfreundlichkeit der diskutierten Methoden.

Sie erfahren mehr über:

  • Serielle Low-Speed-Busse wie I²C, SPI oder UART
  • Automatisierte hardwarebasierte Bus-Decodierung
  • Segmentierter Speicher zur Erfassung ausschließlich relevanter Signalteile

Andreas holds Andreas holds a master’s degree in engineering management with a focus on electronics from the University of Applied Sciences in Landshut (Germany). During his studies, he gained practical experience in electronic design in the US and China. Today, he is a product manager at Rohde & Schwarz and is responsible for oscilloscopes. Besides control loop stability, his expertise and priorities are power integrity and multi-domain analysis.a master’s degree in engineering management with a focus on electronics from the University of Applied Sciences in Landshut (Germany). During his studies, he gained practical experience in electronic design in the US and China. Today, he is a product manager at Rohde & Schwarz and is responsible for oscilloscopes. Besides control loop stability, his expertise and priorities are power integrity and multi-domain analysis.

Andreas Ibl